Welcome to Camlab's collection of blogs on UV Lamps! As a leading supplier of laboratory equipment, Camlab understands the significance of UV Lamps in various laboratory applications. Our team of experts has curated this collection of blogs to provide you with an extensive range of information on UV lamps, their applications, and maintenance. Whether you are a seasoned professional or just starting in the world of laboratory equipment, our blogs will help you understand the intricacies of using UV lamps effectively. So dive into our collection of UV Lamp blogs and explore the world of laboratory equipment with Camlab.
Made by floating molten glass on a bed of molten metal, float glass is made most commonly from soda-lime glass and has a uniform thickness and a very flat surface. You will find most modern windows are made from float glass. Tin is the most common molten metal used to manufacture float glass. It leaves a residue on one side of the glass panel which you can't see with the naked eye, but can b...
Ethidium Bromide or "EtBr" is a fluorescent nucleic acid tag commonly used in molecular biology laboratories to detect DNA and RNA. When exposed to UV light EtBr will fluoresce with a orange/red colour, this fluorescence will intensify 20-fold once bound to DNA. Although no confirming scientific studies on the subject, Ethidium Bromide is feared to be toxic due to the way it insets itself in D...
Biological contamination can creep into your work stations through dirty work surfaces, non-sterile consumables, polluted reagents or through the users own clothing, coughs and sneezes! Successful culture depends on keeping it free from micro-organisms and maintaining aseptic technique. The Grant Bio UV Cabinets helps to maintains aseptic technique with an innovative dual UV system. The UV-a...
